Question

explain the linear velocity ofa particle performing circular motion​

Answer 1

Answer:

Let us consider the linear speed of the particle is v. Let r denotes the radius of the circle and ω as the angular velocity of the particle. We know that linear displacement is the product of radius with angular displacement . Here, s and s' are the the linear displacements at instants t and

Answer 2

Answer:

For a particle performing a circular motion the angle, traced by the radius vector at the centre of the circular path in a given time is called the angular displacement of the particle at that time. It is denoted by 'θ'. Its S.I. unit is radian (rad).